1500 Questions | CompTIA Project+ Certification 2026

Course DescriptionMaster the CompTIA Project+ certification exam with the most comprehensive practice tool available. This course provides 1,500 highly realistic practice questions, meticulously designed to mirror the actual exam environment, difficulty level, and question formats. Every single question includes deep-dive, granular explanations for both the correct answers and the incorrect options, ensuring you bridge any knowledge gaps instantly.

Instead of just memorizing answers, you will develop the critical thinking skills required to analyze tricky project management scenarios, eliminate distractors, and choose the best course of action. This extensive question bank covers every single objective across all official exam domains, giving you the ultimate preparation to pass your certification on the very first attempt. Detailed Exam Domain CoverageI have structured this practice question bank to align perfectly with the official CompTIA Project+ exam objectives.

Here is the exact distribution and the key topics you will master:Project Management Fundamentals (25%)Project management methodologies and approaches (Agile, Waterfall, Hybrid). Project planning, execution, monitoring, control, and formal closure. Managing project stakeholders and maintaining communication lines.

Project Integration Management (15%)Project management frameworks, standards, and life cycles. Balancing the triple constraints: scope, time, cost, and quality management. Resource, communication, stakeholder, risk, and issue management.

Project Scope Management (12. 5%)Project scope planning, gathering requirements, and definition. Developing the Project Scope Statement and Work Breakdown Structure (WBS).

Project scope control and implementing formal change management processes. Project Time Management (12. 5%)Project schedule development, sequencing activities, and estimating durations.

Scheduling methods and tools (Gantt charts, Critical Path Method). Project schedule control and managing schedule variance. Project Cost Management (10%)Project cost estimation techniques (Analogous, Parametric, Bottom-up) and budgeting.

Project cost control, Earned Value Management (EVM), and variance analysis. Project cost and resource allocation strategies. Project Quality Management (10%)Project quality planning and setting quality metrics.

Project quality control, quality assurance activities, and audits. Continuous quality improvement and incorporating feedback loops. Project Resource Management (5%)Project resource planning, allocation, and tracking human and physical assets.

Project team management, development stages (Tuckman ladder), and leadership. Project resource utilization and resolving resource constraints. Project Communications Management (5%)Project stakeholder communication requirements and communication planning.

Project information distribution channels and documentation management. Project issue tracking and professional conflict resolution techniques. Project Risk Management (5%)Project risk identification, risk registers, and qualitative/quantitative assessment.

Project risk mitigation, avoidance, transference, and acceptance strategies. Project risk budgeting, contingency reserves, and risk control. Project Procurement Management (5%)Project procurement planning and make-or-buy analysis.

Project contractor management, vendor evaluation, and procurement processes. Project procurements, contract types (T&M, Fixed-Price, Cost-Reimbursable), and contract administration. Sample Practice Questions PreviewTo give you an idea of the depth and quality of the explanations provided inside the course, review these three sample questions:Question 1: Project Scope ManagementDuring a weekly status meeting, a key stakeholder requests a small adjustment to a software feature that is currently under development.

The developer agrees that the change is minor and implements it immediately without notifying the project manager. This situation is an example of which of the following? A) Scope CreepB) Gold PlatingC) Progressive ElaborationD) Scope VerificationE) Change ControlF) Corrective ActionCorrect Answer: A) Scope CreepOption Explanations:A is correct: Scope creep refers to the uncontrolled expansion of product or project scope without adjustments to time, cost, and resources.

When changes are made informally outside the approved change control system, it directly leads to scope creep. B is incorrect: Gold plating occurs when the project team or developers intentionally add extra features or functionality that were not requested or specified in the scope baseline, usually to impress the client. In this case, a stakeholder actually requested the change.

C is incorrect: Progressive elaboration is the iterative process of increasing the level of detail in a project management plan as more information and more accurate estimates become available. It is a planned process, not an unauthorized change. D is incorrect: Scope verification (or validating scope) is the process of formalizing acceptance of the completed project deliverables by the customer or sponsor.

E is incorrect: Change control is the formal process followed to evaluate, approve, or reject changes to the project baseline. This scenario describes a complete bypass of the change control process. F is incorrect: Corrective action consists of intentional activity that realigns the performance of the project work with the project management plan.

Implementing unapproved changes is not a corrective action. Question 2: Project Time ManagementA project manager is utilizing the Critical Path Method (CPM) to analyze the project schedule. Activity D has an early start (ES) of day 10, an early finish (EF) of day 15, a late start (LS) of day 14, and a late finish (LF) of day 19.

What is the total float of Activity D, and what does it indicate about the activity? A) Float is 0; the activity is on the critical path. B) Float is 4 days; the activity can be delayed without delaying the project completion date.

C) Float is 5 days; the activity is on the critical path. D) Float is 9 days; the activity has a severe schedule variance. E) Float is -4 days; the project schedule is currently slipping.

F) Float is 29 days; the activity is highly flexible. Correct Answer: B) Float is 4 days; the activity can be delayed without delaying the project completion date. Option Explanations:B is correct: Total float is calculated as $LS - ES$ or $LF - EF$.

Using the numbers provided: $14 - 10 = 4$ days (or $19 - 15 = 4$ days). A float of 4 days means Activity D can be delayed by up to 4 days from its early start date without delaying the overall project finish date. A is incorrect: The float is 4, not 0.

Activities with zero total float are on the critical path. C is incorrect: The float calculation equals 4, not 5. Furthermore, activities with positive float are generally not on the critical path.

D is incorrect: The number 9 is derived from an incorrect calculation (such as $LF - ES$, which is $19 - 10 = 9$). Float does not represent schedule variance. E is incorrect: Negative float occurs when the schedule is compressed or behind a fixed deadline, but the math here yields a positive 4 days of float.

F is incorrect: The number 29 is the result of adding the metrics together instead of calculating the difference between late and early dates. Question 3: Project Cost ManagementYou are monitoring a project with a Budget at Completion (BAC) of $200,000. At this stage of the schedule, the Earned Value (EV) is $50,000, and the Actual Cost (AC) is $60,000.

Which of the following correctly identifies the Cost Variance (CV) and the financial health of the project? A) CV = $10,000; the project is under budget. B) CV = -$10,000; the project is over budget.

C) CV = $140,000; the project has massive savings. D) CV = -$140,000; the project is in critical deficit. E) CV = 0.

83; the project is performing efficiently. F) CV = 1. 20; the project is performing ahead of schedule.

Correct Answer: B) CV = -$10,000; the project is over budget. Option Explanations:B is correct: Cost Variance is calculated using the formula: $CV = EV - AC$. Substituting the values gives: $CV = \$50,000 - \$60,000 = -\$10,000$.

A negative cost variance indicates that the project is spending more than planned for the work accomplished, meaning it is over budget. A is incorrect: The variance is negative, not positive. A positive variance would mean the project is under budget.

C is incorrect: This value uses BAC in place of EV or AC ($200,000 - 60,000$), which is mathematically incorrect for calculating immediate cost variance. D is incorrect: This is the remaining budget calculation ($EV - BAC$), which does not represent the current cost variance against actual spending. E is incorrect: 0.

83 is the Cost Performance Index ($CPI = EV / AC = 50,000 / 60,000$), not the Cost Variance. CV is expressed as a currency value, not a ratio. F is incorrect: 1.

20 is an inverted CPI calculation ($AC / EV$), which is mathematically wrong and does not represent the variance value. Welcome to the Mock Exam Practice Tests Academy to help you prepare for your CompTIA Project+ Certification Practice Exams. You can retake the exams as many times as you wantThis is a huge original question bankYou get support from instructors if you have questionsEach question has a detailed explanationMobile-compatible with the Udemy appI hope that by now you're convinced!

And there are a lot more questions inside the course.